def draw(self, coords, index):
if self.one_frozen:
coords = self.coords_converter.get_full_coords(coords)
d = .4
r = .04
nspins = old_div(coords.size, 2)
com = sum(self.node2xyz(node) for node in self.pot.G.nodes())
com /= nspins
coords = coords.reshape([-1,2])
for node in self.pot.G.nodes():
xyz = self.node2xyz(node)
spin2 = coords[self.pot.indices[node],:]
spin3 = hs.make3dVector(spin2)
x1 = xyz - 0.5 * spin3 * d - com
x2 = xyz + 0.5 * spin3 * d - com
draw_cone(x1, x2, rbase=r)
def draw(self, coords, index):
if self.one_frozen:
coords = self.coords_converter.get_full_coords(coords)
d = .4
r = .04
nspins = coords.size / 2
com = sum(self.node2xyz(node) for node in self.pot.G.nodes())
com /= nspins
coords = coords.reshape([-1,2])
for node in self.pot.G.nodes():
xyz = self.node2xyz(node)
spin2 = coords[self.pot.indices[node],:]
spin3 = hs.make3dVector(spin2)
x1 = xyz - 0.5 * spin3 * d - com
x2 = xyz + 0.5 * spin3 * d - com
draw_cone(x1, x2, rbase=r)
def normalize_2dspins(coords):
"""there is probably a better way to do this."""
return hs.make2dVector(hs.make3dVector(coords))
def normalize_2dspins(coords):
"""there is probably a better way to do this."""
return hs.make2dVector(hs.make3dVector(coords))